Neodymium magnetic cylinder pot magnet Ø 13 h. 20 mm, stud, force 6 kg

How to create a strong and stable magnetic point that can be placed in a hole without screwing? The 13 mm diameter cylindrical neodymium holder with a smooth pin has a force of 6 kg* and is suitable for constructions requiring precise positioning.

The steel housing in which the magnet is embedded serves as a protective element and a magnetic flux rectifier. Thanks to this, the magnet is protected against impacts and its force is concentrated on the bottom front surface for higher holding force than magnets of the same size have on their own.

The smooth pin allows for easy pressing, gluing, or simply inserting into a counterpart, where it can also serve as a guide or centering element.

The holder body height is 20 mm, the smooth pin height is 8 mm, the pin diameter is 4 mm, and the total height is 28 mm

Advantages of magnetic mounts with a pin

• High holding force: With a pull-off force of 6 kg*, it can fix even slightly heavier metal parts or structural elements.
• Steel housing for protection: Prevents chipping of the neodymium magnet during sharp contact with a steel surface, thus extending the lifespan of the entire holder.
• Fast positioning: The absence of threads eliminates tedious screwing. The holder is designed for quick installation into prepared holes.
• Quality surface: The holder is nickel-plated, nickel has a luxurious appearance and provides basic protection. We recommend for interior use.

Magnetic holders are suitable:

In industry and mechanical engineering as positioning pins in clamping devices or as magnetic stops for components on assembly lines.

For carpentry and furniture making to create strong, hidden joints in furniture, where the pin fits into a milled or drilled hole and the magnetic force ensures a firm closure.

In the workshop and tool manufacturing for the construction of custom magnetic holders and clamps that need to be firmly fixed in the tool body without the use of screws.

In exhibition construction and design for building demountable modular systems where a clean holder surface and easy handling are required.

*The stated holding force of 6 kg was measured during perpendicular pull-off from an ideal surface – a strong steel plate. If you place the magnet on a vertical surface where shear load (sliding) acts, the actual load capacity may drop to approx. 15–25% of the original value depending on the surface roughness.

Utilize the power of neodymium holders for efficient industrial solutions.